def __init__(self):
# set defaults for muon alignment
align.alignmentType = 'GlobalChi2'
align.useSLFitter = True
align.runOutlierRemoval = False
if not align.fileRootName.is_locked():
self.setFileRootName()
if not align.outputPath.is_locked():
align.outputPath = align.fileRootName()
if not mualign.asztFilePath.is_locked():
mualign.asztFilePath = align.fileRootName()
#self.muonIO = MuonAlignmentIOFiles()
#self.muonIO.setInitialAsztFilePath(mualign.initialAsztFilePath())
#self.muonIO.setAsztFilePath(mualign.asztFilePath())
if align.alignmentLevel() == 1:
self.setL1()
elif align.alignmentLevel() == 23:
self.setL23()
elif align.alignmentLevel() == 3:
self.setL3()
else:
print "only L1, L2 and L3 implemented"
exit
def alignModuleListType(self):
if align.alignmentLevel() == 0:
return 0
elif align.alignmentLevel() == 1:
return 1
elif align.alignmentLevel() == 23:
return 2
elif align.alignmentLevel() == 3:
return 3
else:
print "bad option"
return -1
def configure ( self ) :
mlog = logging.getLogger( self._name+'::configure :' )
# create tool instance
from MuonAlignGenTools.MuonAlignGenToolsConf import Muon__MuonGeometryManagerTool, Muon__MdtGeometryManagerTool, Muon__CscGeometryManagerTool, Muon__TgcGeometryManagerTool
# MDT
mdtGeometryManagerTool = Muon__MdtGeometryManagerTool(OutputLevel = align.OutputLevel(),
AlignLevel = align.alignmentLevel(),
AlignTraX=mualign.mdtAlignTraX(),
AlignTraY=mualign.mdtAlignTraY(),
AlignTraZ=mualign.mdtAlignTraZ(),
AlignRotX=mualign.mdtAlignRotX(),
AlignRotY=mualign.mdtAlignRotY(),
AlignRotZ=mualign.mdtAlignRotZ())
self._MdtGeometryManagerToolHandle = mdtGeometryManagerTool
# CSC
cscGeometryManagerTool = Muon__CscGeometryManagerTool(OutputLevel = align.OutputLevel(),
AlignLevel = align.alignmentLevel())
self._CscGeometryManagerToolHandle = cscGeometryManagerTool
# TGC
tgcGeometryManagerTool = Muon__TgcGeometryManagerTool(OutputLevel = align.OutputLevel(),
AlignLevel = align.alignmentLevel())
self._TgcGeometryManagerToolHandle = tgcGeometryManagerTool
mlog.info(" now adding geometryManagerTools to ToolSvc" )
from __main__ import ToolSvc
ToolSvc += self.MdtGeometryManagerToolHandle()
ToolSvc += self.CscGeometryManagerToolHandle()
ToolSvc += self.TgcGeometryManagerToolHandle()
muonGeometryManagerTool = Muon__MuonGeometryManagerTool(OutputLevel = align.OutputLevel(),
AlignLevel = align.alignmentLevel(),
MdtGeometryManager = mdtGeometryManagerTool,
CscGeometryManager = cscGeometryManagerTool,
TgcGeometryManager = tgcGeometryManagerTool,
doModuleSelection = mualign.doModuleSelection(),
AlignMdt = mualign.alignMDT(),
AlignTgc = False, #mualign.alignTGC(),
AlignCsc = False, #mualign.alignCSC(),
ModuleSelection = mualign.modulesToAlign())
self._MuonGeometryManagerToolHandle = muonGeometryManagerTool
mlog.info(" now adding MuonGeometryManagerTool to ToolSvc" )
ToolSvc += self.MuonGeometryManagerToolHandle()
mlog.info(" leaving configure" )
return True
def doMultiLevelAlignment(self):
doMultiLevelAlignment = False
if align.alignmentLevel() != 3:
if align.iteration() > 0 or mualign.jobType() == 'misal':
doMultiLevelAlignment = True
mualign.doMultiLevelAlignment = doMultiLevelAlignment
return doMultiLevelAlignment
def __init__(self):
# set defaults for muon alignment
align.alignmentType = 'GlobalChi2'
align.useSLFitter = True
align.runOutlierRemoval = False
self.setFileRootName()
self.muonIO = MuonAlignmentIOFiles()
if align.alignmentLevel() == 1:
self.setL1()
elif align.alignmentLevel() == 3:
self.setL3()
else:
print "only L1 and L3 implemented"
exit
def setFileRootName(self):
fileroot = str(align.alignmentLevel()) + "_" + align.dataType()
if mualign.jobType() != "":
fileroot = fileroot + "_" + mualign.jobType()
align.fileRootName = fileroot
print "in ConfigMuonAlignment, fileroot=", fileroot